Sans Superellipse Dogej 3 is a regular weight, normal width, low contrast, upright, normal x-height font.
Keywords: ui design, product labeling, wayfinding, tech branding, headlines, futuristic, technical, clean, sleek, minimal, interface clarity, technical tone, geometric consistency, modern branding, rounded corners, monoline, geometric, squared-round, modular.
A monoline sans built from rounded-rectangle and superellipse-like shapes, with squared counters softened by consistently radiused corners. Curves resolve into flat terminals and gently rounded joins, giving the outlines a modular, engineered feel. Proportions are fairly open and evenly spaced, with a steady rhythm across uppercase, lowercase, and numerals; circles (O/0) read more like rounded squares, while diagonals (V/W/X/Y) stay crisp and straight. Lowercase forms remain simple and architectural, with single-storey a and g and a compact, straight-armed r, reinforcing a controlled, grid-friendly construction.
Well-suited to user interfaces, dashboards, device screens, and product or hardware labeling where a clean, engineered geometry reads clearly. It also works effectively for tech-oriented branding and punchy headlines that benefit from a distinctive rounded-square personality.
The overall tone is contemporary and tech-forward, evoking interface lettering, instrumentation, and modern industrial design. Its rounded geometry softens the austerity, keeping the voice approachable while still feeling precise and systematic.
The design appears intended to translate a grid-based, rounded-rect geometry into a practical sans for contemporary digital and industrial contexts—prioritizing consistency, clarity, and a recognizable technical flavor over calligraphic detail.
Distinctive superelliptical bowls and squared-off apertures create a recognizable silhouette at display sizes, while the consistent stroke weight and corner treatment promote clarity in UI-like settings. Numerals follow the same rounded-rect logic, supporting cohesive data and labeling typography.